def doit(self):
print self.name(), ": waiting for messages"
msg = self.msgfifo.read()
print self.name(), ": the sender was", msg["sender"]
print self.name(), ": the command was", msg["command"]
print self.name(), ": the submessage length was", \
msg["sub"].length_as_array()
for x in msg.items(): print x
for x in msg["sub"].items(): print x
msg["foo"] = 123.456
print self.name(), ": replying"
gs.findReceiver(msg["reply"]).write(msg)
def doit(self):
msg = gs.message()
msg["sender"] = "sender"
msg["command"] = "start"
msg["reply"] = self.msgfifo.name()
msg["sub"] = gs.message('a', 'b', 'c')
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("Zreceiver")
receiver.write(msg)
except gs.BadReceiverName, e:
print self.name(), ": invalid receiver:", e
receiver = gs.findReceiver("receiver")
receiver.write(msg)
def doit(self):
print self.name(), ": waiting for messages"
msg = self.msgfifo.read()
print self.name(), ": the sender was", msg["sender"]
# Get the configset inside the message
configset = msg["configset"]
# Did we get a configset inside the message?
if gs.ismessage(configset):
# Print all key->values pairs
print self.name(), ": received a configset. Key-values pairs:"
def printmsg(m, indent = "", newline = False):
if newline: print
for k,v in m.items():
print self.name(), ": ", indent, k, "=",
if gs.ismessage(v): printmsg(v, indent + " ", True)
else: print v
printmsg(configset)
# Test existence of a specific parameter
print self.name(), ": testing if cache.size parameter exists: cache.size = ",
if "cache" in configset and "size" in configset["cache"]:
print configset["cache"]["size"]
else:
print "(not defined)"
else:
print self.name(), ": received an empty configset."
# Reply
print self.name(), ": replying"
msg["foo"] = 123.456
gs.findReceiver(msg["reply"]).write(msg)
def doit(self):
msg = gs.message(
sender = "sender",
configset = gs.message(
cache = gs.message(size = 10),
CPU = gs.message("adder", "multiplexor"),
),
reply = self.msgfifo.name(),
)
# Send to receiver
try:
print self.name(), ": sending a message to receiver: start"
receiver = gs.findReceiver("receiver")
receiver.write(msg)
except BadReceiverName, e:
print self.name(), ": invalid receiver:", e.message
return
